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Multi-Linear Silicon Drift Detectors (ML-SDDs) are a recent evolution of silicon drift detectors, in which the signal electrons generated by the interaction are confined within parallel drifting columns and transported towards point-like anodes by the electrostatic field. ML-SDDs can be operated both in integrate-readout and in free-running mode and are able to provide 2-D position sensing capability...
We propose a novel Silicon Drift Detector (SDD) that can fulfill the demanding requirements of the ideal scatter detector for a high-resolution Compton Camera for medical imaging. This kind of detector demonstrates excellent performance in terms of energy and position resolution, maximum readout rate and the more relevant results are reported. The SDD proposed here is based on a multilinear architecture...
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